<p>The distribution of the number of core COGs (A) and total pan-genome COGs (B) found upon sequential addition of <i>n</i> genomes. In panel A, an exponential regression to core genome data is shown as a solid curve. In panel B, power law fit to the pan-genome size is shown as solid curve.</p
<p>The percent of each genome is plotted as a function of genome size. As reported in previous studi...
<p>The columns give the number of new gene families introduced with the addition of each new genome ...
<p>(<b>A</b>) Mean number of genes <i>x</i> is plotted against inferred selection strength d<i>N</i>...
<p>The number of pan-genome OGs (blue) and core genome OGs (red) is shown as a function of genomes a...
<p>(A) Z. <i>mobilis</i> core genome. Each point represents the number of conserved genes between ge...
<p><b>(A)</b> The total number of non-orthologous genes comprising the pan-genome, after excluding p...
<p>The discovery order of genomes was permuted 100 times with the total number of genes discovered s...
<p>(A) Number of core CDSs depending on the number of genomes sampled. (B) Number of strain-specific...
<p>(A) The distribution of CLOGs as a function of the number of assigned strains. (B) The size of th...
a) Determining the number of additional genes identified at each CV threshold. The dashed red line i...
<p>The upper and lower edges of the boxes indicate the first (25th percentile of the data) and third...
<p><b>Copyright information:</b></p><p>Taken from "Characterization of probiotic isolates with a nov...
<p>(A) Bar plot showing the frequencies of orthologous clusters. (B) Bar plot of percentage of COGs ...
Pan-genome development using permutations of all 21 isolates of C. bovis (left); the pan-genome deve...
<p>(A) Each point indicates the number of HGCs conserved in a genome. The red line indicates an expo...
<p>The percent of each genome is plotted as a function of genome size. As reported in previous studi...
<p>The columns give the number of new gene families introduced with the addition of each new genome ...
<p>(<b>A</b>) Mean number of genes <i>x</i> is plotted against inferred selection strength d<i>N</i>...
<p>The number of pan-genome OGs (blue) and core genome OGs (red) is shown as a function of genomes a...
<p>(A) Z. <i>mobilis</i> core genome. Each point represents the number of conserved genes between ge...
<p><b>(A)</b> The total number of non-orthologous genes comprising the pan-genome, after excluding p...
<p>The discovery order of genomes was permuted 100 times with the total number of genes discovered s...
<p>(A) Number of core CDSs depending on the number of genomes sampled. (B) Number of strain-specific...
<p>(A) The distribution of CLOGs as a function of the number of assigned strains. (B) The size of th...
a) Determining the number of additional genes identified at each CV threshold. The dashed red line i...
<p>The upper and lower edges of the boxes indicate the first (25th percentile of the data) and third...
<p><b>Copyright information:</b></p><p>Taken from "Characterization of probiotic isolates with a nov...
<p>(A) Bar plot showing the frequencies of orthologous clusters. (B) Bar plot of percentage of COGs ...
Pan-genome development using permutations of all 21 isolates of C. bovis (left); the pan-genome deve...
<p>(A) Each point indicates the number of HGCs conserved in a genome. The red line indicates an expo...
<p>The percent of each genome is plotted as a function of genome size. As reported in previous studi...
<p>The columns give the number of new gene families introduced with the addition of each new genome ...
<p>(<b>A</b>) Mean number of genes <i>x</i> is plotted against inferred selection strength d<i>N</i>...